Caldic

Informazioni sul marchio

Produttori: CaldicGruppo di polimeri: AntiblockGruppo/tipo di polimero: SiO2

White Reinforcing Filler for Rubber Compounding

Caldic Silica can partially or completely replace other fillers like Carbon Black, especially when white colour or transparency is required, while maintaining or enhancing mechanical properties.

Benefits of Caldic Silica for Rubber and Elastomers

Caldic Silica enhances the following parameters:

Modulus
Tensile strength
Tear and abrasion resistance
Transparency

Applications for White Reinforcing Filler in Rubber Compounding

Caldic Silica is suitable for:

Tyres
Shoe soles
Hoses
Cables
Gaskets
Technical goods

Free Flowing Additive

When using powders, the speed rate is crucial as they should not slow down the production cycle. Smaller particle sizes and softer powders often do not flow well, requiring a medium to separate the particles. Caldic Silica acts as an anti-caking agent, allowing the use of bulk powders efficiently, with dosages typically ranging from 0.5% to 1.0% of dry powders. It is effective for both dry and wet powders, absorbing humidity, oils, and other liquids, coating the original powder particles to improve flowability and prevent lump formation. For wet powders, the dosage depends on the liquid content, up to 3.0% or more. Caldic Silica is used in dry-blends to provide an easy-to-use, free-flowing product and ensures uniform dispersion of active ingredients.

Applications for Free Flowing Additives

Caldic Silica is ideal for:

Animal feed
Agrochemicals
Chemicals and industrial applications
Extinguishing powders
Antifoams
Industrial automation

Dry Liquids

Dry Liquids are mixtures of liquids supported in powder media. Caldic Silica, an inert material, can absorb large quantities of liquids, transforming them into the most suitable solid physical form. It is used to absorb viscous liquids, transform liquids into solids, and support active liquid ingredients. Caldic Silica is a perfect free-flowing carrier that allows fast incorporation of active ingredients during mixing, facilitating transport and storage.